<?php


namespace App\Logics;


use App\Models\User;
use Illuminate\Support\Facades\Config;
use \App\Service\Base\Logic;

class EncryptLogic extends Logic
{

    // TODO  加解密测试

    // 获取加密配置
    public function config()
    {
        $conf = Config::get('encrypt');

        // 长度
        $conf['iv_len']  = 16;
        $conf['key_len'] = 24;
        $conf['key']     = substr($conf['key'], 0, 24);
        $conf['iv']      = substr($conf['iv'], 0, 16);


        return $conf;
    }

    // 获取加密
    public function encode()
    {
        $type = 'DES-ECB';
        $type = 'AES-128-CBC';
        $type = 'AES-192-CBC';
        $iv   = '';
        $from = 'hahaha';
        if($type == 'AES-192-CBC' || $type == 'AES-128-CBC'){
            $iv = '1234567812345678';
        }

        //$from =  "这是一个测试AES";
        //$iv = 'abcdefghijklmnop';

        // key 24位
        // iv  16位
        $str = openssl_encrypt($from, $type, 'mythinkphpmythinkphpmythinkphp', 0, $iv);
        //$code = base64_encode($str);
        //var_dump($code);

        return ['encode' => $str, 'from' => $from];
    }

    // 解密
    public function decode()
    {
        $str = $this->encodeString1();
        $str = 'PVdrXHv8yrpQQqyy4Z+Jdw==';
        $str = '+jB3poUuin0=';
        $str = '9L241rcB6wxEfD7qG50IvR+Ls5+r1Cg7';
        $str = 'YzXNRYB6/mmevnBiZPLRPu4Knk+qUVNyhUKonAB2Wjg=';
        $str = '98YO9qeYO/uHR2k1P87g/w==';

        $type = 'DES-ECB';
        $type = 'AES-192-CBC';
        //$type = 'AES-128-CBC';
        $iv = '';
        if($type == 'AES-128-CBC' || $type == 'AES-192-CBC'){
            $iv = '1234567812345678';
        }

        // key 24位
        // iv  16位
        //$string = openssl_decrypt($str, $type, 'mythinkphpmythinkphpmythinkphp', 0, $iv);
        //$string = openssl_decrypt($str, $type, 'mythinkphpmythinkphpmythinkphp', 1, $iv);
        //$string = openssl_decrypt($str, $type, 'mythinkphpmythinkphpmyth', 1, $iv);
        $string = openssl_decrypt($str, $type, 'mythinkphpmythinkphpmyth', 0, $iv);

        return ['data' => $string, 'from' => $str];
    }

    // 解密
    public function decode2()
    {
        $opt    = $this->option();
        $str    = $this->encodeString2();
        $string = $opt->decode($str);

        return ['data' => $string, 'from' => $str];
    }

    // 各种加密加密
    public function all()
    {
        // key 24位
        // iv  16位
        $iv  = '1234567812345678';
        $key = 'mythinkphpmythinkphpmythinkphp';
        $opt = $this->option();

        // 加密配置
        $conf = Config::get('encrypt');
        $iv   = $conf['iv'];
        $key  = $conf['key'];
        $iv   = substr($iv, 0, 16);
        $key  = substr($key, 0, 24);

        // 加密数据
        $from = 'hahaha';    // 加密数据
        $info = (new User())->isCache(true)->oneFind(['id' => 1]);
        $opt->throwReturn(empty($info), '会员不存在！');

        $info = $info->toArray();
        $user = json_encode($info, JSON_UNESCAPED_UNICODE);  // 重新整理

        // 加密
        $type192 = 'AES-192-CBC';
        $type128 = 'AES-128-CBC';
        $sto192  = openssl_encrypt($from, $type192, $key, 0, $iv);
        $sto128  = openssl_encrypt($from, $type128, $key, 0, $iv);
        $tok192  = openssl_encrypt($user, $type192, $key, 0, $iv);
        $tok128  = openssl_encrypt($user, $type128, $key, 0, $iv);
        $base192 = base64_encode($sto192);
        $base128 = base64_encode($sto128);

        // 解密
        $str192 = openssl_decrypt($sto192, $type192, $key, 0, $iv);
        $str128 = openssl_decrypt($sto128, $type128, $key, 0, $iv);

        $result = [
            'iv'  => $iv,
            'key' => $key,
            '128' => [
                'from'        => $from,
                'encode'      => $sto128,
                'base64'      => $base192,
                'decode'      => $str128,
                'user_json'   => $user,
                'user_encode' => $tok128,
                'user_token'  => 'user加密的base64_encode',
                'token'       => base64_encode($tok128),
            ],
            '192' => [
                'from'        => $from,
                'encode'      => $sto192,
                'base64'      => $base128,
                'decode'      => $str192,
                'user_json'   => $user,
                'user_encode' => $tok192,
                'user_token'  => 'user加密的base64_encode',
                'token'       => base64_encode($tok192),
            ],
        ];


        return $result;
    }

    // 加解密js
    public function js()
    {
        $str = <<<EOD

//const key = '1234567812345678';  // 十六进制数作为密钥
//const iv = 'abcdefghijklmnop';   // 十六进制数作为密钥偏移量




// CryptoJS支持AES-128、AES-192和AES-256
// 它会根据你传入的密钥的大小来选择变体
// AES-128密钥
// var key = "1234567812345678"; // 16 bytes
// AES-192密钥
// var key = "12345678123456781234567812345678"; // 24 bytes
// AES-256密钥
// var key = "1234567812345678123456781234567812345678123456781234567812345678"; // 32 bytes

// 加密解密3可行 但需要测试php对应
// 加密解密4可行 已经和php对应

#################################################################################################################
## 执行 并输出

const key = CryptoJS.enc.Utf8.parse("mythinkphpmythinkphpmyth");  //十六进制数作为密钥
const iv = CryptoJS.enc.Utf8.parse("1234567812345678");  //十六进制数作为密钥

let from ='hahaha';
//let enStr = Encrypt3(from);
//let deStr = Decrypt3(enStr);


enStr = Encrypt4(from);
deStr = Decrypt4(enStr);
console.log('原始字符串：' + from)
console.log('加密字符串：' + enStr)
console.log('解密字符串：' + deStr)


#################################################################################################################
## 以下是函数

// DES加密函数
function Encrypt4(data) {
    // 使用DES算法对数据进行加密
    var encrypted = CryptoJS.AES.encrypt(data, key, {
        iv: iv,
        mode: CryptoJS.mode.CBC, // 使用CBC模式
        padding: CryptoJS.pad.Pkcs7 // 使用PKCS7填充方式
    });

    data =  encrypted.toString(); // 返回加密后的字符串

   // base64
   return CryptoJS.enc.Base64.stringify(CryptoJS.enc.Utf8.parse(data))
}

// DES解密函数
function Decrypt4(content) {
    // base64
    content = CryptoJS.enc.Base64.parse(content).toString(CryptoJS.enc.Utf8)

    // 使用DES算法对内容进行解密
    // 去除换行符
    var bytes = CryptoJS.AES.decrypt(content, key, {
        iv: iv,
        mode: CryptoJS.mode.CBC, // 使用CBC模式
        padding: CryptoJS.pad.Pkcs7 // 使用PKCS7填充方式
    });

    // 将解密后的字节数组转换为UTF-8编码的字符串，并返回
    var decryptResult = bytes.toString(CryptoJS.enc.Utf8);


    return decryptResult.toString();

    //return CryptoJS.enc.Utf8.stringify(bytes);
}



// DES加密函数
function Encrypt3(data) {
    // 使用DES算法对数据进行加密
    var encrypted = CryptoJS.DES.encrypt(data, key, {
        iv: iv,
        mode: CryptoJS.mode.ECB, // 使用ECB模式
        padding: CryptoJS.pad.Pkcs7 // 使用PKCS7填充方式
    });

    return encrypted.toString(); // 返回加密后的字符串
}

// DES解密函数
function Decrypt3(content) {
    // 使用DES算法对内容进行解密
    // 去除换行符
    var bytes = CryptoJS.DES.decrypt(content, key, {
        iv: iv,
        mode: CryptoJS.mode.ECB, // 使用ECB模式
        padding: CryptoJS.pad.Pkcs7 // 使用PKCS7填充方式
    });

    // 将解密后的字节数组转换为UTF-8编码的字符串，并返回
    var decryptResult = bytes.toString(CryptoJS.enc.Utf8);


    return decryptResult.toString();

    //return CryptoJS.enc.Utf8.stringify(bytes);
}



//解密方法
function Decrypt2(word) {
    let encryptedHexStr = CryptoJS.enc.Hex.parse(word);
    let srcs = CryptoJS.enc.Base64.stringify(encryptedHexStr);
    let decrypt = CryptoJS.AES.decrypt(srcs, key, { iv: iv, mode: CryptoJS.mode.CBC, padding: CryptoJS.pad.Pkcs7 });
    let decryptedStr = decrypt.toString(CryptoJS.enc.Utf8);
    return decryptedStr.toString();
}

//加密方法
function Encrypt2(word) {
    let srcs = CryptoJS.enc.Utf8.parse(word);
    let encrypted = CryptoJS.AES.encrypt(srcs, key, { iv: iv, mode: CryptoJS.mode.CBC, padding: CryptoJS.pad.Pkcs7 });
    return encrypted.ciphertext.toString(CryptoJS.enc.base64);
}


EOD;

        return $str;
    }

    #################################################################################################
    ## 一些加密字符串
    // 解密字符串
    public function encodeString1()
    {
        return '98YO9qeYO\/uHR2k1P87g\/w==';
    }

    // 解密字符串
    public function encodeString2()
    {
        return '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';
    }


}


